KR920006839B1 - Issue method for report of cash register - Google Patents

Abstract

The report publishing method of cash register comprises: a code table for recording the codes corresponding one to one to the kinds of information of item by item, sum by sum, and time by time; a code memory for recording these datas selectively. The number key is recorded at code memory in sequence by code recording key and number key of code of publish the report in the program mode. The ending code is recorded at the relevant site of code memory in the time of inputting the code recording key in consecutive two times. The report is published by leading the relevant information from a region of item by item, sum by sum, and time by time corresponding to the fetch code.

Description

How to issue a report from a cash register

1 is a system configuration diagram of a cash register.

2 is a memory map configuration of report types of cash registers.

3 is a flowchart for creating a report by item according to the present invention.

4 is a diagram of a code memory map for issuing an itemized report.

FIG. 5 is a code form for each item created by FIG.

6 is a flowchart of item-specific report issuance according to the present invention.

7 is a report form issued by FIG.

* Explanation of symbols for main parts of the drawings

10: CPU 20: CPU

30: Roman 40: Ram

50: display unit 60: printing unit

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a report issuing method of a cash register. More particularly, the present invention relates to a method in which a user can select a required item and publish a report for each item.

In general, the cash register for processing the cash register data generated at the point of sale is the keyboard 10 for generating the financial transaction information or various mode signals of the system, and the output of the keyboard 10 as shown in FIG. CPU 20 for controlling the operation, ROM 30 storing the system operation program and the program of the present invention, RAM 40 for temporarily storing various data such as money transaction information, and the CPU 20. A printing unit 50 for issuing various reports such as a receipt under control, and a display unit 60 for displaying the state of the money registration transaction under the control of the CPU 20.

FIG. 2 is a map configuration diagram of the financial transaction information for each report type stored in the RAM 40, and has a report content for each item, time period, and various sums.

Accordingly, various money transaction information is input through the keyboard 10, and the CPU 20 analyzes the key data, updates the item sales information to (2A) and the corresponding item total area, and sells the time information to (2B). Update in the corresponding time zone total area. It also analyzes information such as correction, return, sales, etc. and updates the corresponding total area of (2C). Therefore, the CPU 10 generates the money transaction information, and analyzes the information to update the corresponding areas for each report type such as (2A)-(2C). At this time, when the report is to be issued, the CPU 20 reads the contents of the report recorded in the area such as (2A)-(2C) allocated to the RAM 40 and issues it through the printing unit 50.

However, in the conventional report issuing method as described above, all contents are reported by report type. In other words, when you want an item report, you are not only publishing a report for any item you want, but also a report for all items stored (2A). Therefore, when ordering report issuance to check any item, time and sales, all report contents such as (2A)-(2C) must be printed. As described above, in the conventional method of issuing a report in the cash register, the contents of the report are regularly issued (sequential report), and thus, all the contents of the report required for each type have to be issued, which wastes time and receipts. There was a problem brought about.

Accordingly, an object of the present invention is to provide a method for issuing a report by selecting a required item among report items for each type in a cash register.

Hereinafter, the present invention will be described in detail with reference to the drawings.

The configuration of the cash register for carrying out the present invention is the same as in FIG. 1 and the same reference numerals. In addition, when the financial transaction information is generated, the contents of the report area for each category are updated.

3 is a flowchart for creating a report for each item for generating a report of specific items in a report area for each type. When the program key is entered in the program mode, all state code memories are cleared, and the numeric keys continuously input are coded by the code storage key. It is stored in memory sequentially. When two consecutive code storage keys are input, the exit code is stored in the code memory and the code memory creation process is terminated.

FIG. 4 is a code table configuration diagram in which the respective contents are coded for each report type in order to carry out the present invention. Codes 1 to 1 are assigned to all contents of (2A) to (2E) in FIG.

FIG. 5 is a shape diagram of the code memory created in the code creation flow of FIG. 3 when an item is to be issued and a report is issued. Assuming that the code table is composed of a total of 91 as shown in FIG. 4, the code memory is as shown in (5A). Through a total of 91 codes can be designated, and (5B) is a hypothetical example that specifically illustrates the form of the code memory created by the flow of FIG.

FIG. 6 is a flow chart for accessing and issuing a report by accessing the contents of the code selected in the report area for each type in FIG. 2 with the contents of the created code memory. In FIG. The contents of the report corresponding to the closing code number are read and issued in the report area for each type, and the end code temporary report issuing operation is stopped.

FIG. 7 is a report form generated when the code memory of FIG. 5 is executed in the flow of FIG.

The present invention will be described in detail with reference to the first, second, third, fourth, fifth, sixth and seventh degrees based on the above-described configuration.

First of all, in order to code the contents of a report for each item as shown in FIG. 2, a code table as shown in FIG. 4 is required. In this case, if there are 51 items for each item such as (2A), 25 contents for each time period such as (2B), and 15 contents for the total report such as (2C), A total of 91 codes are required. Here, it is assumed that the code for the type-specific report is corresponded to 1: 1 as a sequential code number as shown in FIG. Therefore, code 1 corresponds to the sum of item 1 in the item-specific report of (2A), and code 95 corresponds to the sales in the sum report of (2C).

As described above, whenever the money transaction information is generated, the CPU 20 updates the information according to the change of the item, time, and various sum information in the areas (2A) to (2C) according to the transaction information. In the above state, a routine as shown in FIG. 3 is performed to select a desired specific item among the report items for each type. This is performed by sequentially selecting codes for a desired report item from a code table as shown in FIG. The process of writing. In order to create such a code memory, the operator places a mode switch on the keyboard 10 in a program mode, and then generates a report program key located on the keyboard 10. In this case, the report program key refers to a function key for selecting and reporting only desired items in a report area for each type such as 2A and 2C. If the CPU 20 recognizes the report program key generation in the program mode in step 302, in step 304 the codes recorded in the previous state are cleared in order to save the new code in the code save memeory area. In step 306, the index count is also cleared to " 0 ".

Thereafter, the CPU 20 waits for a key input through the keyboard 10. If the numeric key input is confirmed in step 308, the CPU 20 checks the state of the number and the code number of FIG. Compares and checks that the entered number can be used as a code number. At this time, if the input number exceeds "91" which is the last code number in the code table of FIG. 4, the input number cannot be used as the code number, and an error is processed and returned in step 314. At this time, if the input number falls within the code number range, in step 316, the CPU 10 checks whether the code storage key is input. If the code storage key is generated through the keyboard 10, the CPU 10 recognizes it in step 316. In operation 318, the input number is stored as a code in a code memory based on the index count. After step 320, the index count is incremented to store the next code in the code memory, and then the process returns to step 308.

Therefore, the input numbers are sequentially stored as code numbers in the code memory as shown in FIG. 5 by using the numeric keys and the code storage keys which are continuously input while performing the above steps (308) to (320). After the codes for the desired item are completed in the code memory through the above process, the code storage key is pressed without the numeric keys. Therefore, when two code storage keys are received in succession, the CPU 20 recognizes this in step 322 and writes an end code of "FF" in the area of the code memory indicated by the current index in step 324. Quit. Therefore, the form of the code memory created by the flow of FIG. 3 is the same as that of 5B in FIG.

After creating the above code memory, a report is issued in the flow shown in FIG. 6, which is performed in the X mode. That is, report is issued when the mode switch on the keyboard 10 is located in the X mode, and a report issuing key for each item is generated. Accordingly, when the CPU 20 recognizes that the item-specific report issuing key is generated in the state where the system mode is the X mode in step 602, the index 20 sets the index count to "0". In operation 606, the code is stored in the code memory using the index count to close the code. Thereafter, in step 608, it is checked whether the abandoned code is “FF.” In case of FF, it means that the code recorded in the corresponding code memory is the last. However, if the FF is not FF in the above step, the content of the code is to be reported. Therefore, in step 610, the content of the corresponding code is read in the report area for each type such as (2A)-(2C) in FIG. 2 corresponding to the code number. do. In operation 612, the CPU 10 controls the printing unit 50 to print the contents of the corresponding code, and in step 614, the index count is incremented to close the next code.

Accordingly, when the flow shown in FIG. 6 is performed, the contents of the code memory are sequentially discarded, and the report contents for each type corresponding to the code numbers are output, and the process is performed until the "FF" of the code memory is detected. Therefore, if a code memory such as (5B) of FIG. 5 is created using the code table as shown in FIG. 4, and the item report is issued through the flow shown in FIG.

As described above, after configuring a code table in which the item, time zone, total, and information correspond to 1: 2 in the cash register, a desired item code can be selected and reported using the code table, and thus the necessary items are selectively selected. It is easy to analyze the financial transaction information because it can be reported, and there is an advantage that it is possible to reduce the waste of time and receipts due to the analysis of the financial transaction information.

Claims (1)

In the method of issuing a report of a cash register having an area in which information for each item, time period, and total is changed and updated at the time of the cash register transaction, the report information method corresponds to 1: 1 for each item, time period, and total information type. A code table for storing codes and a code memory for selectively storing the codes are provided. When a report program key is generated in a program mode, the numeric key is stored in the code memory by the numeric key and the code storage key of the code to be generated. Storing the exit code at the corresponding location in the code memory when two consecutive code storage keys are input, and deleting the code contents of the code memory sequentially when the report issue key for each item is generated in the X mode. Read the information in the corresponding item, time zone and total area corresponding to the code. How to report the issuance of a cash register featuring constituted by any process that issues a report, stopped the exit code fetched when the report is issued.

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